private static void AddConnectedSchemeSymbols(DeviceGroup deviceGroup, Dictionary<int, ISchemeSymbol> symbolById, Dictionary<int, List<int>> symbolIdsByCableId, Dictionary<int, List<int>> deviceGroupIdsByCableId, Dictionary<int, DeviceGroup> deviceGroupById, string connectingBoxAssignment, string assignment, ref int schemeSymbolId, E3Text text)
{
if (symbolById.ContainsKey(deviceGroup.Id))
return;
symbolById.Add(deviceGroup.Id, deviceGroup);
foreach (int cableId in deviceGroup.CableIds)
{
if (symbolIdsByCableId.ContainsKey(cableId))
continue;
List<int> ids = deviceGroupIdsByCableId[cableId];
int mateId = (ids.First() == deviceGroup.Id) ? ids.Last() : ids.First();
DeviceGroup mateGroup = deviceGroupById[mateId];
if (symbolById.ContainsKey(mateId))
{
if (String.IsNullOrEmpty(mateGroup.Assignment) || mateGroup.Assignment.Equals(connectingBoxAssignment) || mateGroup.Assignment.Equals(assignment))
symbolIdsByCableId.Add(cableId, ids);
continue;
}
symbolIdsByCableId.Add(cableId, new List<int>(2) { deviceGroup.Id });
if (String.IsNullOrEmpty(mateGroup.Assignment) || mateGroup.Assignment.Equals(connectingBoxAssignment) || mateGroup.Assignment.Equals(assignment))
{
AddConnectedSchemeSymbols(mateGroup, symbolById, symbolIdsByCableId, deviceGroupIdsByCableId, deviceGroupById, connectingBoxAssignment, assignment, ref schemeSymbolId,text);
symbolIdsByCableId[cableId].Add(mateId);
//schemeSymbolById.Add(mateId, deviceGroupById[mateId]);
}
else
{
symbolById.Add(schemeSymbolId, new AssignmentReferenceSymbol(mateGroup.Assignment, schemeSymbolId, cableId, text));
symbolIdsByCableId[cableId].Add(schemeSymbolId);
schemeSymbolId++;
}
}
}
public SymbolPin(string name, string signal, E3Text text, E3Font font)
{
Name = name;
Signal = signal;
CableIds = new List<int>();
SignalTextWidth = text.GetTextLength(signal, font);
SignalTextWidth = (SignalTextWidth % 1 > 0) ? (int)(SignalTextWidth + 1) : SignalTextWidth;
}
public AssignmentReferenceSymbol(string assignment, int id, int cableId, E3Text text)
{
this.id = id;
triangleHeight = 4;
triangleBaseLength = 2;
descriptionVerticalMargin = 2;
description ="В "+ assignment;
font = new E3Font();
double descriptionLength = text.GetTextLength(description, font);
height = triangleHeight + descriptionVerticalMargin + font.height;
margin = Math.Max(triangleBaseLength, descriptionLength) / 2;
cableIds = new List<int>() { cableId };
CableLayout cableLayout = new CableLayout(cableId, Level.Bottom);
cableLayout.AddOffset(new Point(0,0));
CableLayoutById = new Dictionary<int, CableLayout>() { {cableId, cableLayout} };
}
public CableSymbol(CableInfo cableInfo, E3Text text, Orientation orientation)
{
this.cableInfo = cableInfo;
this.orientation = orientation;
CableId = cableInfo.Id;
ovalLength = 0;
smallFontHeight = 2;
bigFontHeight = 3;
isCircle = true;
E3Font smallFont = new E3Font(height: smallFontHeight);
E3Font bigFont = new E3Font(height: 3);
nameTextWidth = text.GetTextLength(cableInfo.Name, bigFont);
typeTextWidth = text.GetTextLength(cableInfo.Type, smallFont);
lengthTextWidth = text.GetTextLength(cableInfo.Length, smallFont);
Size = GetSize();
}
public Scheme(Dictionary<int, DeviceGroup> groupById, Dictionary<int, List<int>> groupIdsByCableId, Dictionary<int, CableInfo> cableInfoById, E3Text text)
{
/*this.groupById = groupById;
this.groupIdsByCableId = groupIdsByCableId;
gridStep = 4;
height = 272 * 0.618;
this.cableInfoById = cableInfoById;
double minIntersectionCount = Int32.MaxValue;
List<int> bottomGroupIds = new List<int>();
List<int> topGroupIds = new List<int>();
foreach (DeviceGroup group in groupById.Values)
if (group.Level == Level.Top)
topGroupIds.Add(group.Id);
else
bottomGroupIds.Add(group.Id);
List<Tuple<int, int>> topToTopConnections, bottomToBottomConnections, topToBottomConnections; // список соединений между групами, если группы на разных уровнях - первый член верхняя группа, второй - нижняя
GetConnections(groupById, groupIdsByCableId, out topToTopConnections, out bottomToBottomConnections, out topToBottomConnections);
Dictionary<int, Dictionary<int, int>> connectedBottomPositionByIdByTopId = GetConnectedPositionByIdByCenterId(Level.Top, topToBottomConnections);
Dictionary<int, Dictionary<int, int>> connectedTopPositionByIdByBottomId = GetConnectedPositionByIdByCenterId(Level.Bottom, topToBottomConnections);
foreach (List<int> bottomPermutation in Permutate(bottomGroupIds, bottomGroupIds.Count))
{
Dictionary<int, int> bottomPositionById = new Dictionary<int, int>(bottomPermutation.Count);
for (int i = 0; i < bottomPermutation.Count; i++)
bottomPositionById.Add(bottomPermutation[i], i);
int bottomIntersectionCount = GetLevelIntersectionCount(bottomPositionById, bottomToBottomConnections);
foreach (List<int> topPermutation in Permutate(topGroupIds, topGroupIds.Count))
{
Dictionary<int, int> topPositionById = new Dictionary<int, int>(topPermutation.Count);
for (int i = 0; i < topPermutation.Count; i++)
topPositionById.Add(topPermutation[i], i);
int intersectionCount = bottomIntersectionCount;
intersectionCount += GetLevelIntersectionCount(topPositionById, topToTopConnections);
intersectionCount += GetInterLevelIntersectionCount(topToBottomConnections, topPositionById, bottomPositionById, connectedBottomPositionByIdByTopId, connectedTopPositionByIdByBottomId);
if (intersectionCount < minIntersectionCount)
{
minIntersectionCount = intersectionCount;
optimalTopPositionById = topPositionById;
optimalBottomPositionById = bottomPositionById;
}
}
}
cableSymbolById = GetCableSymbolById(topToBottomConnections, text);
CalculateLayout(text);*/
}
public Table(E3Project project, LineTemplate headerLineTemplate, List<string> headerLineTexts, LineTemplate lineTemplate, double bottomLineWidth, StringSeparator separator, TablePageTemplate firstPagetTemplate, TablePageTemplate subsequentPageTemplate = null )
{
this.project = project;
this.firstPageTemplate = firstPagetTemplate;
if (subsequentPageTemplate == null)
this.subsequentPageTemplate = firstPagetTemplate;
else
this.subsequentPageTemplate = subsequentPageTemplate;
this.headerLineTemplate = headerLineTemplate;
this.bottomLineWidth = bottomLineWidth;
this.headerLineTexts = headerLineTexts;
this.lineTemplate = lineTemplate;
this.separator = separator;
this.graphic = project.GetGraphicById(0);
this.group = project.GetGroupById(0);
this.text = project.GetTextById(0);
currentSheet = project.GetSheetById(0);
sheetCount = 0;
sheetIds = new List<int>();
}
/*private Scheme layout;
public Size Size
{
get
{
return layout.Size;
}
}*/
public static List<SymbolScheme> GetSchemesForConnection(IEnumerable<int> connectedDeviceIds, Dictionary<int, DeviceSymbol> deviceSymbolById, Dictionary<int, CableInfo> cableInfoById, E3Text text)
{
Dictionary<int, DeviceGroup> deviceGroupById = GetGroupById(connectedDeviceIds, deviceSymbolById, cableInfoById);
Dictionary<int, List<int>> deviceGroupIdsByCableId = GetDeviceGroupIdsByCableId(cableInfoById.Count, deviceGroupById.Values);
string connectingBoxAssignment = "AssignmentForConnectingBox";
Dictionary<string, List<DeviceGroup>> deviceGroupsByAssignment = GetDeviceGroupsByAssignment(deviceGroupById, connectingBoxAssignment);
int schemeSymbolId = deviceGroupById.Count;
List<SymbolScheme> schemes = new List<SymbolScheme>(deviceGroupsByAssignment.Count);
foreach (string assignment in deviceGroupsByAssignment.Keys)
{
Dictionary<int, ISchemeSymbol> symbolById = new Dictionary<int,ISchemeSymbol>();
Dictionary<int, List<int>> symbolIdsByCableId = new Dictionary<int,List<int>>();
List<DeviceGroup> deviceGroups = deviceGroupsByAssignment[assignment];
foreach (DeviceGroup deviceGroup in deviceGroups)
AddConnectedSchemeSymbols(deviceGroup, symbolById, symbolIdsByCableId, deviceGroupIdsByCableId, deviceGroupById, connectingBoxAssignment, assignment, ref schemeSymbolId, text);
SymbolScheme scheme = new SymbolScheme(symbolById, symbolIdsByCableId, cableInfoById, text, assignment);
schemes.Add(scheme);
}
return schemes;
//layout = new Scheme(deviceGroupById, deviceGroupIdsByCableId, cableInfoById, text);
}
private List<int> PlaceHorizontally(Sheet sheet, Graphic graphic, E3Text text, Point placePosition, E3Font smallFont, E3Font bigFont)
{
List<int> groupIds = new List<int>(6);
int sheetId = sheet.Id;
double x = sheet.MoveLeft(placePosition.X, Size.Width / 2);
double y = sheet.MoveDown(placePosition.Y, bigOffset + smallFontHeight);
groupIds.Add(text.CreateText(sheetId, cableInfo.Type, x, y, smallFont));
double x2 = sheet.MoveRight(x, typeTextWidth + smallOffset);
groupIds.Add(graphic.CreateLine(sheetId, x, placePosition.Y, x2, placePosition.Y, lineHeight,connectionColorIndex));
double radius = diameter / 2;
double halfNameTextWidth = nameTextWidth / 2;
x = sheet.MoveRight(x2, radius - halfNameTextWidth + ovalLength / 2);
y = sheet.MoveDown(placePosition.Y, bigFontHeight / 2);
groupIds.Add(text.CreateText(sheetId, cableInfo.Name, x, y, bigFont));
x = sheet.MoveRight(x2, radius);
if (isCircle)
{
groupIds.Add(graphic.CreateCircle(sheetId, x, placePosition.Y, radius));
x = sheet.MoveRight(x, radius);
}
else
{
groupIds.Add(graphic.CreateArc(sheetId, x, placePosition.Y, radius, 90, 270));
double y1 = sheet.MoveUp(placePosition.Y, radius);
double y2 = sheet.MoveDown(placePosition.Y, radius);
x2 = sheet.MoveRight(x, ovalLength);
groupIds.Add(graphic.CreateLine(sheetId, x, y1, x2, y1));
groupIds.Add(graphic.CreateLine(sheetId, x, y2, x2, y2));
groupIds.Add(graphic.CreateArc(sheetId, x2, placePosition.Y, radius, 270, 90));
x = sheet.MoveRight(x2, radius);
}
x2 = sheet.MoveRight(x, smallOffset + lengthTextWidth);
groupIds.Add(graphic.CreateLine(sheetId, x, placePosition.Y, x2, placePosition.Y, lineHeight,connectionColorIndex));
x = sheet.MoveRight(x, smallOffset);
y = sheet.MoveUp(placePosition.Y, bigOffset);
groupIds.Add(text.CreateText(sheetId, cableInfo.Length, x, y, smallFont));
PlacedPosition = placePosition;
return groupIds;
}
public void SetPinsAndHeightAndNameWidth(Dictionary<int, DeviceConnection> deviceConnectionById, Dictionary<int, DeviceSymbol> deviceSymbolById, E3Text text)
{
GetPins(deviceConnectionById, deviceSymbolById, text);
double height;
if (isTerminal)
height = 25;
else
{
nameWidth = text.GetTextLength(Name, bigFont);
topPinsHeight = GetPinsHeight(topPins, text);
bottomPinsHeight = GetPinsHeight(bottomPins, text);
height = topPinsHeight + bottomPinsHeight + RoundUp(bigFont.height) + 4;
}
Size = new Size(0, height);
}
public List<int> Place(Sheet sheet, Graphic graphic, E3Text text, Point position)
{
int sheetId = sheet.Id;
if (isTerminal)
return CreateTerminalSymbol(sheet, text, graphic, sheetId, position);
else
return CreateDeviceSymbol(sheet, text, graphic, sheetId, position);
}
public void Place(Point placePosition, Sheet sheet, Graphic graphic, Group group, E3Text text)
{
PlacedPosition = placePosition;
double width = 0.2;
List<int> ids = new List<int>(5);
double halfBaseLength = triangleBaseLength / 2;
Point leftBottom = new Point(sheet.MoveLeft(placePosition.X, halfBaseLength), placePosition.Y);
Point rightBottom = new Point(sheet.MoveRight(placePosition.X, halfBaseLength), placePosition.Y);
Point top = new Point(placePosition.X, sheet.MoveUp(placePosition.Y, triangleHeight));
int sheetId = sheet.Id;
ids.Add(graphic.CreateLine(sheetId, leftBottom.X, leftBottom.Y, rightBottom.X, rightBottom.Y, width));
ids.Add(graphic.CreateLine(sheetId, leftBottom.X, leftBottom.Y, top.X, top.Y, width));
ids.Add(graphic.CreateLine(sheetId, rightBottom.X, rightBottom.Y, top.X, top.Y, width));
ids.Add(text.CreateText(sheetId, description, top.X, sheet.MoveUp(top.Y, descriptionVerticalMargin), font));
ids.AddRange(CableLayoutById.Values.First().Place(sheet, graphic, placePosition));
group.CreateGroup(ids);
}
private List<int> CreateDeviceSymbol(Sheet sheet, E3Text text, Graphic graphic, int sheetId, Point position )
{
List<int> groupIds = new List<int>((topPins.Count + bottomPins.Count) * 2 + 2);
E3Font bigFont = new E3Font(alignment: Alignment.Left);
groupIds.Add(CreateOutline(sheet, graphic, sheetId, position));
double xText = sheet.MoveRight(position.X, (Size.Width - nameWidth) / 2);
double spaceForName = Size.Height - bottomPinsHeight - topPinsHeight;
double offsetForName = (spaceForName - bigFont.height) / 2;
double yText = sheet.MoveUp(position.Y, bottomPinsHeight + offsetForName);
groupIds.Add(text.CreateText(sheetId, Name, xText, yText, bigFont));
double top = sheet.MoveUp(position.Y, Size.Height);
double pinBottom = sheet.MoveDown(top, topPinsHeight);
List<int> topPinIds = DrawPins(sheet, graphic, text, topPins, topPinsHeight, topPinsWidth, sheetId, position.X, pinBottom, top, Level.Top);
double pinTop = sheet.MoveUp(position.Y, bottomPinsHeight);
List<int> bottomPinIds = DrawPins(sheet, graphic, text, bottomPins, bottomPinsHeight, bottomPinsWidth, sheetId, position.X, position.Y, pinTop, Level.Bottom);
groupIds.AddRange(topPinIds);
groupIds.AddRange(bottomPinIds);
return groupIds;
}
private int DrawSignalAndSetConnectionPoint(SymbolPin pin, Level position, Sheet sheet, E3Text text, int sheetId, double pinBottom, double pinTop, double pinLeft)
{
double xSignalText = sheet.MoveRight(pinLeft, 1);
double ySignalText;
E3Font font = new E3Font(height: smallFont.height);
if (position == Level.Top)
{
ySignalText = sheet.MoveUp(pinTop, skewLineOffset);
font.alignment = Alignment.Left;
}
else
{
ySignalText = sheet.MoveDown(pinBottom, skewLineOffset);
font.alignment = Alignment.Right;
}
return text.CreateVerticalText(sheetId, pin.Signal, xSignalText, ySignalText, font);
}
private void PlaceSymbols(Sheet sheet, Graphic graphic, Group e3group, E3Text text, Dictionary<int, double> horizontalOffsetById, double startAbsciss, double groupOrdinate)
{
double offset = 0;
foreach (int id in horizontalOffsetById.Keys)
{
ISchemeSymbol symbol = symbolById[id];
offset += horizontalOffsetById[id];
double absciss = sheet.MoveRight(startAbsciss, offset);
symbol.Place(new Point(absciss, groupOrdinate), sheet, graphic, e3group, text);
}
}
public void Place(Sheet sheet, Graphic graphic, Group e3group, E3Text text, Point placePositon)
{
//layout.Place(sheet, graphic, e3group, text, placePositon);
}
private Dictionary<int, CableSymbol> GetCableSymbolById(List<Tuple<int, int>> topToBottomConnections, E3Text text)
{
Dictionary<int, CableSymbol> cableSymbolById = new Dictionary<int, CableSymbol>(symbolIdsByCableId.Count);
foreach (int cableId in symbolIdsByCableId.Keys)
{
Orientation orientation = GetCableOrientation(symbolIdsByCableId[cableId], topToBottomConnections);
cableSymbolById.Add(cableId,new CableSymbol(cableInfoById[cableId], text, orientation));
}
return cableSymbolById;
}
public void Place(Sheet sheet, Graphic graphic, E3Text text, Group group, Point placePosition)
{
E3Font smallFont = new E3Font(height: smallFontHeight, alignment: Alignment.Left);
E3Font bigFont = new E3Font(height: bigFontHeight, alignment: Alignment.Left);
List<int> groupIds;
if (orientation == Orientation.Horizontal)
groupIds = PlaceHorizontally(sheet, graphic, text, placePosition, smallFont, bigFont);
else
groupIds = PlaceVertically(sheet, graphic, text, placePosition, smallFont, bigFont);
group.CreateGroup(groupIds);
}
private Dictionary<string, List<SymbolScheme>> GetSchemesByAssignment(Dictionary<int, DeviceConnection> deviceConnectionById, Dictionary<int, DeviceSymbol> deviceSymbolById, Dictionary<int, CableInfo> cableInfoById, Sheet sheet, E3Text text)
{
List<HashSet<int>> groupedSymbolIds = GetGroupedSymbolIds(deviceConnectionById.Values);
Dictionary<string, List<SymbolScheme>> schemesByAssignment = new Dictionary<string, List<SymbolScheme>>();
foreach (HashSet<int> deviceIds in groupedSymbolIds)
{
List<SymbolScheme> schemes = SchemeCreator.GetSchemesForConnection(deviceIds, deviceSymbolById, cableInfoById, text);
foreach (SymbolScheme scheme in schemes)
if (schemesByAssignment.ContainsKey(scheme.Assignment))
schemesByAssignment[scheme.Assignment].Add(scheme);
else
schemesByAssignment.Add(scheme.Assignment, new List<SymbolScheme>() { scheme });
}
return schemesByAssignment;
}
private List<int> CreateTerminalSymbol(Sheet sheet, E3Text text, Graphic graphic, int sheetId, Point position)
{
List<int> groupIds;
E3Font smallFont = new E3Font(height:2.5, alignment: Alignment.Left);
int outlineId = CreateOutline(sheet, graphic, sheetId, position);
double offset = 0.5;
double xText = sheet.MoveRight(sheet.MoveRight(position.X, halfGridStep), smallFont.height / 2 - 0.2);
if (!String.IsNullOrEmpty(Assignment))
{
double yAssignmentText = sheet.MoveUp(position.Y, offset);
groupIds = new List<int>(3);
groupIds.Add(text.CreateVerticalText(sheetId, Assignment, xText, yAssignmentText, smallFont));
}
else
groupIds = new List<int>(2);
groupIds.Add(outlineId);
nameWidth = text.GetTextLength(Name, smallFont);
double top = sheet.MoveUp(position.Y, Size.Height);
double yText = sheet.MoveDown(top, offset + nameWidth);
groupIds.Add(text.CreateVerticalText(sheetId, Name, xText, yText, smallFont));
foreach (SymbolPin topPin in topPins)
{
int signalTextId = DrawSignalAndSetConnectionPoint(topPin, Level.Top, sheet, text, sheetId, position.Y, top, position.X);
groupIds.Add(signalTextId);
}
foreach (SymbolPin bottomPin in bottomPins)
{
int signalTextId = DrawSignalAndSetConnectionPoint(bottomPin, Level.Bottom, sheet, text, sheetId, position.Y, top, position.X);
groupIds.Add(signalTextId);
}
return groupIds;
}
private double GetPinsHeight(List<SymbolPin> pins, E3Text text)
{
double offset = 2;
return (pins.Count > 0) ? RoundUp(pins.Max(p => text.GetTextLength(p.Name, smallFont)) + offset) : 0;
}
private void GetPins(Dictionary<int, DeviceConnection> deviceConnectionById, Dictionary<int, DeviceSymbol> deviceSymbolById, E3Text text)
{
Dictionary<string, SymbolPin> topPinByName = new Dictionary<string, SymbolPin>();
Dictionary<string, SymbolPin> bottomPinByName = new Dictionary<string, SymbolPin>();
foreach (int connectionId in ConnectionIds)
{
DeviceConnection connection = deviceConnectionById[connectionId];
int connectedId;
string pinName;
if (id == connection.StartDeviceId)
{
connectedId = connection.EndDeviceId;
pinName = connection.StartPinName;
}
else
{
connectedId = connection.StartDeviceId;
pinName = connection.EndPinName;
}
string connectedAssignment = deviceSymbolById[connectedId].Assignment;
if (!String.IsNullOrEmpty(Assignment) && String.IsNullOrEmpty(connectedAssignment))
{
if (!topPinByName.ContainsKey(pinName))
{
SymbolPin pin = new SymbolPin(pinName, connection.Signal, text, smallFont);
topPinByName.Add(pinName, pin);
}
topPinByName[pinName].CableIds.Add(connection.CableId);
}
else
{
if (!bottomPinByName.ContainsKey(pinName))
{
SymbolPin pin = new SymbolPin(pinName, connection.Signal, text, smallFont);
bottomPinByName.Add(pinName, pin);
}
bottomPinByName[pinName].CableIds.Add(connection.CableId);
}
}
topPins = topPinByName.Values.ToList();
bottomPins = bottomPinByName.Values.ToList();
NaturalSortingStringComparer stringComparer = new NaturalSortingStringComparer();
topPins.Sort((p1,p2)=>stringComparer.Compare(p1.Name, p2.Name));
bottomPins.Sort((p1, p2) => stringComparer.Compare(p1.Name, p2.Name));
}
private List<int> PlaceVertically(Sheet sheet, Graphic graphic, E3Text text, Point placePosition, E3Font smallFont, E3Font bigFont)
{
List<int> groupIds = new List<int>(5);
int sheetId = sheet.Id;
double radius = diameter / 2;
double x, y2;
double y = sheet.MoveUp(placePosition.Y, Size.Height / 2 - radius);
if (isCircle)
{
groupIds.Add(graphic.CreateCircle(sheetId, placePosition.X, y, radius));
}
else
{
x = sheet.MoveLeft(placePosition.X, ovalLength / 2);
groupIds.Add(graphic.CreateArc(sheetId, x, y, radius, 90, 270));
double x2 = sheet.MoveRight(x, ovalLength);
groupIds.Add(graphic.CreateArc(sheetId, x2, y, radius, 270, 90));
y = sheet.MoveDown(y, radius);
y2 = sheet.MoveUp(y, 2 * radius);
groupIds.Add(graphic.CreateLine(sheetId, x, y, x2, y));
groupIds.Add(graphic.CreateLine(sheetId, x, y2, x2, y2));
y = sheet.MoveUp(y, radius);
}
x = sheet.MoveLeft(placePosition.X, nameTextWidth / 2);
y = sheet.MoveDown(y, bigFontHeight / 2);
groupIds.Add(text.CreateText(sheetId, cableInfo.Name, x,y, bigFont));
y = sheet.MoveDown(y, radius - bigFontHeight/2);
y2 = sheet.MoveDown(y, smallOffset + Math.Max(typeTextWidth, lengthTextWidth));
groupIds.Add(graphic.CreateLine(sheetId, placePosition.X, y, placePosition.X, y2, lineHeight,connectionColorIndex));
y = sheet.MoveDown(y, smallOffset+typeTextWidth);
x = sheet.MoveLeft(placePosition.X, bigOffset);
groupIds.Add(text.CreateVerticalText(sheetId, cableInfo.Type, x, y, smallFont));
x = sheet.MoveRight(placePosition. X, bigOffset + smallFontHeight);
y = sheet.MoveUp(y, typeTextWidth - lengthTextWidth);
groupIds.Add(text.CreateVerticalText(sheetId, cableInfo.Length, x, y, smallFont));
PlacedPosition = placePosition;
return groupIds;
}
private void PlaceCableSymbols(Sheet sheet, Graphic graphic, Group e3group, E3Text text, double startAbsciss, double topGroupOrdinate, double bottomGroupOrdinate)
{
foreach (int cableId in cableSymbolById.Keys)
{
CableSymbol cableSymbol = cableSymbolById[cableId];
if (cableSymbol.Orientation == Orientation.Horizontal)
{
List<int> groupIds = symbolIdsByCableId[cableId];
groupIds.Sort((id1,id2) => GetGroupPosition(id1).CompareTo(GetGroupPosition(id2)));
ISchemeSymbol firstSymbol = symbolById[groupIds.First()];
ISchemeSymbol secondSymbol = symbolById[groupIds.Last()];
double firstPointX = sheet.MoveRight(firstSymbol.PlacedPosition.X, firstSymbol.RightMargin);
double y = (firstSymbol.Level == Level.Bottom) ? sheet.MoveDown(bottomGroupOrdinate, bottomGroupBottomMargin) : sheet.MoveDown (topGroupOrdinate, topGroupBottomMargin);
Point firstPoint = new Point (firstPointX, y);
double secondPointX = sheet.MoveLeft(secondSymbol.PlacedPosition.X, secondSymbol.LeftMargin);
Point secondPoint = new Point(secondPointX, y);
double x = (firstPoint.X + secondPoint.X) / 2;
double cableSymbolHalfHeight = cableSymbol.Size.Height / 2;
y = sheet.MoveDown(y, cableSymbolHalfHeight + gridStep);
cableSymbol.Place(sheet, graphic, text, e3group, new Point(x, y));
}
}
if (topGroupHorizontalOffsetById.Count > 0)
{
double top = symbolById[topGroupHorizontalOffsetById.Keys.First()].PlacedPosition.Y;
ISchemeSymbol bottomSymbol = symbolById[bottomGroupHorizontalOffsetById.Keys.First()];
double bottom = sheet.MoveUp(bottomSymbol.PlacedPosition.Y, bottomSymbol.TopMargin);
double center = (top + bottom) / 2;
foreach (VerticalConnection verticalConnection in verticalConnections)
foreach (CableSymbol cableSymbol in verticalConnection.VerticalCableSymbols)
{
double y = sheet.MoveDown(center, (cableSymbol.Size.Height - cableSymbol.Diameter) / 2);
cableSymbol.Place(sheet, graphic, text, e3group, new Point(sheet.MoveRight(startAbsciss, verticalConnection.OffsetByCableId[cableSymbol.CableId]), y));
}
}
}
public StringSeparator(char[] separators, E3Font font, E3Text text)
{
this.separators = separators;
this.font = font;
determineStringLength = new Func<string, E3Font, double>(text.GetTextLength);
}
private List<int> DrawPins(Sheet sheet, Graphic graphic, E3Text text, List<SymbolPin> pins, double pinsHeight, double pinsWidth, int sheetId, double xLeft, double pinBottom, double pinTop, Level position)
{
List<int> graphicIds = new List<int>(pins.Count * 2 + 1);
double pinLeft = sheet.MoveRight(xLeft, (Size.Width - pinsWidth) / 2);
foreach (SymbolPin pin in pins)
{
double pinRight = sheet.MoveRight(pinLeft, gridStep);
int pinOutlineId = graphic.CreateRectangle(sheetId, pinLeft, pinBottom, pinRight, pinTop);
graphicIds.Add(pinOutlineId);
double textWidth = text.GetTextLength(pin.Name, smallFont);
double xPinText = sheet.MoveRight(sheet.MoveRight(pinLeft, halfGridStep), smallFont.height / 2 - 0.2);
double yPinText = sheet.MoveUp(pinBottom, (pinsHeight - textWidth) / 2);
graphicIds.Add(text.CreateVerticalText(sheetId, pin.Name, xPinText, yPinText, smallFont));
int signalTextId = DrawSignalAndSetConnectionPoint(pin, position, sheet, text, sheetId, pinBottom, pinTop, pinLeft);
graphicIds.Add(signalTextId);
pinLeft = pinRight;
}
return graphicIds;
}
private static Dictionary<int, DeviceSymbol> GetDeviceSymbolById(E3Project project, E3Text text, Dictionary<int, DeviceConnection> deviceConnectionById)
{
NormalDevice device = project.GetNormalDeviceById(0);
DevicePin pin = project.GetDevicePinById(0);
Dictionary<int, DeviceSymbol> deviceSymbolById = new Dictionary<int,DeviceSymbol>();
foreach (int connectionId in deviceConnectionById.Keys)
{
DeviceConnection deviceConnection = deviceConnectionById[connectionId];
int startId = deviceConnection.StartDeviceId;
int endId = deviceConnection.EndDeviceId;
if (!deviceSymbolById.ContainsKey(startId))
{
device.Id = startId;
deviceSymbolById.Add(startId, new DeviceSymbol(device, pin));
}
if (!deviceSymbolById.ContainsKey(endId))
{
device.Id = endId;
deviceSymbolById.Add(endId, new DeviceSymbol(device, pin));
}
deviceSymbolById[startId].ConnectionIds.Add(connectionId);
deviceSymbolById[endId].ConnectionIds.Add(connectionId);
}
foreach (DeviceSymbol deviceSymbol in deviceSymbolById.Values)
{
deviceSymbol.SetCableIds(deviceConnectionById);
deviceSymbol.SetPinsAndHeightAndNameWidth(deviceConnectionById, deviceSymbolById, text);
}
return deviceSymbolById;
}
public void CalculateLayout(E3Text text)
{
List<int> topGroupIds = new List<int>(optimalTopPositionById.Keys);
topGroupIds.Sort((g1, g2) => optimalTopPositionById[g1].CompareTo(optimalTopPositionById[g2]));
List<int> bottomGroupIds = new List<int>(optimalBottomPositionById.Keys);
bottomGroupIds.Sort((g1, g2) => optimalBottomPositionById[g1].CompareTo(optimalBottomPositionById[g2]));
List<ISchemeSymbol> topSymbols = new List<ISchemeSymbol>(topGroupIds.Count);
topGroupIds.ForEach(id=>topSymbols.Add(symbolById[id]));
List<ISchemeSymbol> bottomSymbols = new List<ISchemeSymbol>(bottomGroupIds.Count);
bottomGroupIds.ForEach(id=>bottomSymbols.Add(symbolById[id]));
double maxBottomGroupHeight = bottomSymbols.Max(g => g.OutlineHeight);
bottomSymbols.ForEach(g => { if (g is DeviceGroup) { DeviceGroup dg = g as DeviceGroup; dg.CalculateLayout(this, maxBottomGroupHeight, cableSymbolById, cableInfoById, text); } });
List<CableSymbol> bottomHorizontalCableSymbols = GetGroupCableSymbols(bottomSymbols).FindAll(cs => cs.Orientation == Orientation.Horizontal);
double maxBottomCableHeight = (bottomHorizontalCableSymbols.Count > 0) ? (bottomHorizontalCableSymbols.Max(cs => cs.Size.Height) + gridStep) : 0;
bottomGroupBottomMargin = bottomSymbols.Max(g => g.BottomMargin);
bottomGroupsOffset = maxBottomCableHeight + bottomGroupBottomMargin;
double bottomHeight = bottomSymbols.Max(g => g.Height) + maxBottomCableHeight;
if (topGroupIds.Count > 0)
{
double maxTopGroupHeight = topSymbols.Max(g => g.OutlineHeight);
topSymbols.ForEach(g=>{ if (g is DeviceGroup) { DeviceGroup dg = g as DeviceGroup; dg.CalculateLayout(this, maxTopGroupHeight, cableSymbolById, cableInfoById, text);}});
topGroupBottomMargin = topSymbols.Max(g => g.BottomMargin);
topGroupsOffset = height - maxTopGroupHeight;
AdjustVerticalConnections(topSymbols, bottomSymbols);
double topWidth = topGroupHorizontalOffsetById.Values.Sum() + topSymbols.Last().RightMargin;
double bottomWidth = bottomGroupHorizontalOffsetById.Values.Sum() + bottomSymbols.Last().RightMargin;
double totalWidth = Math.Max(topWidth, bottomWidth);
double totalHeight = height;
Size = new Size(totalWidth, totalHeight);
}
else
{
topGroupHorizontalOffsetById = new Dictionary<int, double>(0);
bottomGroupHorizontalOffsetById = GetMinHorizontalOffsetsBetweenGroups(bottomSymbols);
double bottomWidth = bottomGroupHorizontalOffsetById.Values.Sum() + bottomSymbols.Last().RightMargin;
Size = new Size(bottomWidth, bottomHeight);
}
}
private void PlaceSchemes(List<SymbolScheme> schemes, E3Project project, Sheet sheet, E3Text text, string sheetMark)
{
double gridStep = 4;
Group group = project.GetGroupById(0);
Graphic graphic = project.GetGraphicById(0);
int sheetCount=1;
CreateSheet(sheet, sheetMark, ref sheetCount);
bool needToCreate = false;
double availableWith = sheet.DrawingArea.Width * 0.9;
double startX = sheet.MoveRight(sheet.DrawingArea.Left, sheet.DrawingArea.Width * 0.05);
Point sheetCenter = new Point(sheet.MoveRight(sheet.DrawingArea.Left, sheet.DrawingArea.Width / 2), sheet.MoveDown(sheet.DrawingArea.Top, sheet.DrawingArea.Height / 2));
double totalSchemeWidth = gridStep;
List<SymbolScheme> notPlacedSchemes = new List<SymbolScheme>();
foreach (SymbolScheme scheme in schemes)
{
if (scheme.Size.Width > availableWith)
{
if (needToCreate)
CreateSheet(sheet, sheetMark, ref sheetCount);
else
needToCreate = true;
scheme.Place(sheet, graphic, group, text, sheetCenter);
continue;
}
totalSchemeWidth += scheme.Size.Width + gridStep;
if (totalSchemeWidth < availableWith)
notPlacedSchemes.Add(scheme);
else
{
if (needToCreate)
CreateSheet(sheet, sheetMark, ref sheetCount);
else
needToCreate = true;
double width = notPlacedSchemes.Sum(s => s.Size.Width);
double totalGap = availableWith - width;
double gap = totalGap / (notPlacedSchemes.Count + 1);
double x = startX;
foreach (SymbolScheme notPlacedScheme in notPlacedSchemes)
{
x = sheet.MoveRight(x, gap + notPlacedScheme.Size.Width / 2 );
notPlacedScheme.Place(sheet, graphic, group, text, new Point(x, sheetCenter.Y));
x = sheet.MoveRight(x, notPlacedScheme.Size.Width / 2);
}
notPlacedSchemes.Clear();
totalSchemeWidth = gridStep + scheme.Size.Width;
notPlacedSchemes.Add(scheme);
}
}
if (notPlacedSchemes.Count > 0)
{
if (needToCreate)
CreateSheet(sheet, sheetMark, ref sheetCount);
double width = notPlacedSchemes.Sum(s => s.Size.Width);
double totalGap = availableWith - width;
double gap = totalGap / (notPlacedSchemes.Count + 1);
double x = startX;
foreach (SymbolScheme notPlacedScheme in notPlacedSchemes)
{
x = sheet.MoveRight(x, gap + notPlacedScheme.Size.Width / 2);
notPlacedScheme.Place(sheet, graphic, group, text, new Point(x, sheetCenter.Y));
x = sheet.MoveRight(x, notPlacedScheme.Size.Width / 2);
}
}
}
public void Place(Sheet sheet, Graphic graphic, Group e3group, E3Text text, Point placePosition)
{
double startAbsciss = sheet.MoveLeft(placePosition.X, Size.Width / 2);
double startOrdinate = sheet.MoveDown(placePosition.Y, Size.Height / 2);
double bottomGroupOrdinate = sheet.MoveUp(startOrdinate, bottomGroupsOffset);
double topGroupOrdinate = sheet.MoveUp(startOrdinate, topGroupsOffset);
PlaceSymbols(sheet, graphic, e3group, text, topGroupHorizontalOffsetById, startAbsciss, topGroupOrdinate);
PlaceSymbols(sheet, graphic, e3group, text, bottomGroupHorizontalOffsetById, startAbsciss, bottomGroupOrdinate);
PlaceCableSymbols(sheet, graphic, e3group, text, startAbsciss, topGroupOrdinate, bottomGroupOrdinate);
PlaceConnectionLines(sheet, graphic, topGroupOrdinate, bottomGroupOrdinate);
}